Provides advice to faculty advisers of student organizations on understanding the learning styles, needs, cultures, and strengths of today's "electronic learners." Advisers need to understand technology-related learning patterns and become technologically literate to work with college students. (MDM)

Presents an activity that explores the derivation of Pi. Involves students taking a constructivist role by collecting data, making conjectures, and using the data to construct graphs and tables and discourse about appropriate algebraic representations. Uses the computer as an instructional aid to enable students to view the data in a variety of…

Describes a project where students download seismological data from the Internet and use the data to plot earthquakes on a world map. Combines elements of geography, mathematics, and science. (JRH)

Describes a research study that determined that calculus educators are slow to use technologies in instruction because they perceive a lack of clarity regarding the use of technology, technology is rapidly changing, and using technology requires too much time and effort. (DDR)

Assessed college students' satisfaction with and participation in online discussions, examining the effectiveness of a simple strategy to enhance discussion relevance (renaming the discussion groups so that the titles made explicit connections to specific course assignments). Results found that students considered the online discussions somewhat…

Discusses how to develop a history course using the World Wide Web; course development software; full text digitized articles, electronic books, primary documents, images, and audio files; and computer equipment such as LCD projectors and interactive whiteboards. Addresses the importance of support for faculty using technology in teaching. (PAL)

Describes the educational philosophy and decisions that shaped development of an electronic reader's edition of James Madison's notes on the debates of the Philadelphia Convention of 1787. Discusses the role of hypermedia in history instruction. %Illustrates and explains the design of the resource. (PAL)

Explores culturally responsive epistemologies and pedagogies in online education that integrate differences (e.g., race, gender, ethnicity, sexuality, and physical ability); open-endedness; and conductive reasoning through practices of collage, appropriation, and fragmentation, proposing online education practices that possess greater sensitivity…

Discusses instructional delivery models and their physiology in distributed learning systems. Highlights include building delivery models; types of delivery models, including distributed classroom, self-training on the Web, online training, communities of practice, and performance support systems; and actors (users) involved, including experts,…

Summarizes the digital engineering design process using software widely available for the educational setting. Points out that newer technology used in the field is not used in engineering graphics education. (DDR)

Discusses the advantages to using on-line assessment for both the instructor and the learner. Reports on the use of an online assessment tool that provides interactive feedback to students learning linear algebra. Measures success in terms of improved pass rate and students' satisfaction with the flexible learning opportunities that the tool…

Describes how the Andrew W. Mellon Foundation's National Institute for Technology and Liberal Education uses the Web to connect faculty and students across national and international boundaries. (EV)

Describes an electronic database of clinical questions (CQs) and medical evidence, the Critical Appraisal Resource (CAR). Evaluation of ten months of use found that medical residents did engage the medical literature on behalf of their patients, which influenced approximately half of their patient-care decisions. (EV)

Describes how the American Embassy School (AES) in New Delhi, India achieved school-wide technology integration. Discusses development of a new network; beginning to mentor; organizing the Technology Integration Plan (TIP) by software application; implementing the plan; assessing progress; and results, which overall, were positive. (AEF)

Discusses representations in the context of solving a system of linear equations. Views representations (concrete, tables, graphs, algebraic, matrices) from perspectives of understanding, technology, generalization, exact versus approximate solution, and learning style. (KHR)